KR200391245Y1 - Plate structure of heating and double soundproof effect - Google Patents

Abstract

The present invention, in the flooring structure of the building by the concrete mortar in which the hot water pipe is embedded, between the upper and lower floor mortar layer constituting the floor, the interior of the hollow hollow (middle hollow) state is made up and down alternately with mountains and valleys It is composed of a hot water pipe that is arranged along the top surface of the sound insulation material is arranged innumerably arranged, the unit material having grooves and protrusions in the side portion, and mutually assembled,

The bottom portion of the thermal insulation soundproof material having a smooth surface,

One or more of the far-infrared radiating material consisting of any one of jade, charcoal, germanium, elvan, and the like is filled in the hollow portion of the thermal insulation sound-proof material,

An inlet hole is formed at a predetermined position forming a mountain of the upper surface acoustic insulation material embossing part, and a stopper is provided for opening and closing the inlet hole;

Providing a flooring structure having a thermal and soundproofing effect comprising forming a thin film thin film between the thermal insulation soundproofing material and the bottom bottom mortar layer,

It is effective to control the impact sound and living noise generated between the floors of apartment buildings such as apartments and villas by double heating in the above-mentioned thermal sound insulation material, and to increase the heating efficiency even if the pipe spacing of hot water pipes is widened, and it is harmful to human body. The present invention relates to a flooring structure having a thermal and double sound insulation effect to effectively block water waves.

Description

Floor structure of heating and double soundproof effect

The present invention is intended to be applied to the flooring of various buildings, in particular, the surface is embossed to have both soundproofing and thermal effects and at the same time the interior of the same embossing to injection molding the flooring cured with resin, but the air is filled therein The heating pipes are arranged and arranged on the floor surface surface, that is, the surface layer to be embossed, so that the air in the flooring material is warmly heated and the convection of the air can be made smoothly. The present invention relates to a flooring structure having a thermal and double soundproofing effect, which can be sustained, and also prevents noise generated inside the building from being transmitted to the lower floor or the outside of the building by the embossed shape.

In general, MDUs are continuously increasing due to various demands such as increasing efficiency of land use, ease of mass supply of housing, policy factors, and increased use factors. It is well known that the share of housing is over 50% of the total construction, and life in the multi-family building is spreading universally.

Therefore, the occurrence of living noise between the upper and lower floors of multi-family houses is inevitable, and as interest in them increases gradually, as a countermeasure in recent years, the thickness of the floor concrete slab is relatively thick, or Korea Utility Model Publication No. 89-7797 Floor impact sound transmitted from the upper layer such as noise formed by mixing high-density filler with high-polymerization polyvinyl chloride resin and forming a monotonic layer in the middle or lower part of floor decoration material such as No. And a method for blocking the

In house construction, conventional floor soundproofing materials are mat type or seat type, so gaps are created during construction, and even if a little carelessness is required, construction can not be carried out at the construction site immediately. Not only was it impossible to do so, but it was also quite expensive in terms of product prices, which has been a factor in the rise of overall construction costs.

In addition, in the case of floor insulation soundproofing device of Korean Patent Registration Publication No. 96-001738, the insulating bottom plate made of corrugated cardboard and the top plate are stacked up and down on the sleeve surface so that the recessed grooves are arranged up and down, and the breathable diaphragm between them. It provides a configuration for fastening the insulating top plate and the bottom plate with bolts and nuts.

In such a configuration, since each of the upper and lower insulating plates must be worked by using a fixing means, a considerable time is required for the fastening operation, and a ventilating diaphragm is interposed between the convection of air between the insulating upper and insulating lower plates. There is a problem that can not expect only the local thermal effect, and can not expect the thermal effect due to the entire convection phenomenon.

By contrast, binders are mixed on the slab on the floor of the building, and the foamed concrete is sprayed and cured by water-resistant vinyl. There is a known construction technology for reducing the noise and impact applied to the slab by the action of the soundproof (dustproof) material.

However, this technique has the advantage of mixing the waste tire pulverized product with a binder such as a hardener or polymer on the slab and placing it in a closed room by placing it directly on the site. There is a problem that can not expect a completely waterproof effect such as tearing or tearing.

On the other hand, the Republic of Korea Patent No. 295991 "floor structure having an air convection layer and the panel used in this floor structure" is along the convection passage in which the air heated on the heating layer having a hot water pipe and a heating wire by the uneven portion of the metal plate Convection is applied to make the floor uniformly heated by convection, ocher coated on it, charcoal coated plate to block the electromagnetic waves generated from the heating wire, jade powder coated plate to increase the firmness of the floor and far infrared rays, various wood powder Disclosed is a structure having a structure in which at least one coated sheet is laminated.

 In the case of the patent, after the hot water pipe is arranged inside the heating layer by cement mortar and placed and cured, a metal plate for blocking the water wave having the uneven portion is placed on the heating layer, and the recess is formed on the lower surface again. To provide a construction that is mounted on the plywood plate, the configuration is complicated, and the construction procedure is also complicated, resulting in a delay of the air, and also the shape of the flow path of the air through the metal plate uneven portion is perpendicular to each other. Therefore, the convection phenomenon does not proceed smoothly, the thermal effect using the air layer has a problem that can only occur locally.

In addition, in winter, when the user of the building such as an apartment is left for a long time, a freezing phenomenon of the hot water pipe may occur. In such a case or in various conventional construction techniques, the hot water pipe is embedded in the concrete mortar layer. It is well known that during the repair work, the concrete mortar layer is removed and the hot water pipes can be repaired and replaced.

However, there is a problem such that the hot water pipe in the non-freezing position during the operation is broken in the process of removing the concrete mortar, there is a problem that the maintenance work and cost more than necessary.

In addition, in order to achieve a sufficient thermal effect, the entire concrete mortar layer in which the hot water pipes are embedded must be heated, and thus there is a problem in that the arrangement of the hot water pipes is made relatively tight.

On the other hand, in the case of "sound insulation and insulation floor structure using air layer and its manufacturing method" of the Republic of Korea Patent Application No. 2002-62643, the pipe is formed on the upper surface of the heat insulating material by using a heat insulating material having a wavy wave shape, bands, etc. After fixing to another heat insulating material adjacent to the heat insulating material in order to perform a function of closely contacting the body of the disc and a predetermined number of protrusions, and each of the protrusions are vertically connected to a predetermined length for tightly fixing the four heat insulating materials Using a fastener composed of a pin to provide a configuration and each fixed.

In the case of such a technique, since the insulation and the piping are fixed by using a band and a fixture in the process of work, the work period is delayed, as well as an additional configuration of such a band and the fixture, which increases installation cost. There is such a problem.

Therefore, the present invention has been devised to solve the above problems, the object of the present invention is as follows.

First, the present invention is intended to produce a comfortable living space by double-blocking the impact sound or living noise generated in the interior of the building by the thermal soundproofing material that is embossed.

Second, the hot water pipe is embossed on the upper surface of the floor covering formed of concrete partitioning each floor of the building, and the inside is filled with air, water, or far-infrared radiation material mixed with one or two or more of them. After the installation, the work is finished by a series of processes that are poured and cured with concrete, and the construction process of the flooring material is greatly reduced by facilitating the coupling process between the thermal soundproofing materials, and accordingly, The aim is to achieve significant savings.

Third, the present invention is to form an air layer inside the thermal sound insulation material, so that the convection phenomenon of the air layer by the heat exchange of the hot water pipe to proceed smoothly, so as to ensure the maximum separation distance of the hot water pipe piped to the upper surface of the thermal sound insulation material. The other purpose is to make installation and installation simple.

Fourth, the present invention is filled with a mixture of one or more of jade powder, charcoal powder, germanium powder, ganban stone powder, which are far-infrared radiation materials inside the heat-resistant soundproof material to decompose various harmful substances emitted from the flooring material which becomes concrete mortar. There is another purpose to achieve a comfortable indoor space.

Fifth, the present invention has another purpose to block the water wave through the thin film flap on the upper side or the lower side of the thermal soundproofing material.

The present invention for achieving the above object,

In the thermal insulation soundproofing structure formed in the flooring of a building,

The thermal soundproofing material 100 has an embossed portion 110, which is made up of a hollow portion 120 in the interior and is alternated up and down by mountains and valleys, and has a groove 130 and a protrusion 140 as a side portion. It is characterized by a configuration.

In addition, the bottom portion of the thermal insulation material 100 is characterized in that it has a smooth surface (150).

In addition, one or more far-infrared radiating materials are blended and filled in the hollow portion 120 of the thermally soundproofing material 100.

In addition, the present invention forms an inlet hole 111 to one side to enable the adopted radiation material and the like to be filled into the thermal soundproofing material 100, the stopper 112 for opening and closing the inlet hole 111 Characterized in that form.

With reference to the accompanying drawings, preferred embodiments of the present invention by the above configuration will be described in detail.

The present invention, as shown in the drawing, by varying the floor structure of the aggregate, such as a multi-layered building using a thermal insulation soundproof material 100 having an embossed portion 110 is formed alternately to the surface and the inside of the upper surface, the living noise By double blocking the effective control of the delivery to each layer, even if the pipes are not closely arranged can achieve a sufficient thermal effect, and provides a configuration for effectively blocking the water wave.

The warm soundproofing material 100 is to be formed on the upper surface side as if the embossing portion 110 made of an egg plate shape, as shown in the drawing, the embossing portion 110 is made of hills and valleys as shown in the cross-section and alternately formed do.

The bottom portion of the bone of the embossing unit 110 is abutted by a myriad of point contacts on the inner bottom of the heat insulation soundproof material 100, so that even if the upper bottom mortar layer 310 is placed and cured, the entire heat insulation soundproof material 100 is installed. Evenly distributed and to withstand.

On the other hand, the thermal soundproofing material 100 is to be composed of a unit ubiquitous having a predetermined area, so that the worker can be assembled and installed mutually by using the thermal soundproofing material 100 is a unit ubiquitous in the workplace, such assembly and The groove 130 and the protrusion 140 are formed at the side surface of the thermal insulation material 100 for ease of installation.

For example, when the groove 130 is formed on one side of the thermal soundproofing material 100, the other side forms a protrusion 140 corresponding to the groove 130, as shown in the drawing. And the protrusion 140 is formed to correspond to the side portion of the slope.

In addition, the bottom portion of the thermal insulation material 100 is to be a smooth surface 150, so as to be in close contact with the bottom bottom mortar layer 320 of the flooring material 300.

In the case of the thermally soundproof material 100, the surface portion thereof has the embossed portion 110, and when the impact sound or the living noise is transferred to the upper bottom mortar layer 310 made of the concrete, the sound wave and the vibration wave, etc. Through the process of the diffuse reflection and the mutual offset from the peaks and valleys of the embossing unit 110 it is possible to effectively block the transmission of noise to the outside.

In addition, the thermal insulation material 100 is filled with air or water as described below, or far-infrared radiation materials such as charcoal, jade, germanium and elvan are powdered and filled, thereby generating various noises inside the building. As described above, the first diffused reflection and offset of the embossing unit 110 are offset, and the second soundproofing is performed by the contents filled with the interior of the thermal insulation material 100 .

In order to mutually assemble and construct using such a thermally soundproofing material 100, as shown in the accompanying drawings, as shown in FIG. 2, the thermally soundproofing material 100, which is one unit member, has a bottom floor mortar layer 320, which is a flooring material 300. After placing the appropriate portion of the other thermal insulation soundproof material 100 from the upper side by using the corresponding grooves 130 and protrusions 140 to provide a configuration for fixing and fastening, so that the installation, construction, assembly process is It can be easy and easy to work even without skilled workers.

On the other hand, the inside of the heat-resistant soundproofing material 100 forms a hollow portion 120 which is emptied, so that the air is filled during injection molding into the hollow portion 120, the heat transmitted from the hot water pipe 400 to be described later By the convection of the air filled in the hollow portion 120 to uniformly spread the entire thermal soundproofing material (100).

In the present invention, for the even diffusion distribution of the heat, as described above, so that the interior of the thermal insulation soundproof material 100 by the embossing portion 110 made of bone and acid are correlated with each other, the hot water pipe 400 of the In the heat transfer process, the heat can be evenly distributed and spread throughout the floor without the phenomenon of local heat concentration on one side.

In addition, in order to evenly spread the distribution of heat and decomposition of various harmful substances included in the flooring material 300, which becomes a concrete mortar layer, and the like, the far-infrared radiating material, etc. is filled in the thermal insulation material 100 that becomes the hollow part 120. As it is well known, the far-infrared radiation material is powdered jade, charcoal, germanium or ganban stone to an appropriate predetermined particle size, and mixed with one or two or more far-infrared radiation materials to fill the hollow portion 120. It is preferable.

As such, in order to be able to fill the above-mentioned far-infrared radiating material in the thermal soundproof material 100, the inlet hole 111 is formed at an appropriate position of the embossing part 110 formed by the upper surface of the thermal soundproof material 100 during injection molding. It provides a stopper 112 for puncturing and opening and closing the inlet 111.

Therefore, according to the user's choice after molding injection of the thermal soundproof material 100, the construction is performed while maintaining the state in which the air is filled in the hollow portion 120 of the thermal soundproof material 100, or one or more combinations of far-infrared radiation materials It can be installed and installed by filling.

On the contrary, it is a matter of course that the construction can be filled with water inside the heat-resistant soundproofing material 100, the hollow portion 120.

As such, when the air, water, or far-infrared radiating material is filled in the thermal soundproofing material 100, heat exchange with the air, water, or far-infrared radiating material in the thermally soundproofing material 100 by the heat of hot water flowing through the hot water pipe 400. As a result, the heat transfer is evenly distributed and spread over the entire thermal insulation material 100.

That is, as shown in the drawing, only the lowermost end of the bone by the embossing unit 110 is in point contact with the inside of the thermally soundproof material 100 to distribute the load of the upper bottom mortar layer 310, but air or water may smoothly convection. Since a sufficient path can be secured from front to back and to the left and right, the convective air inside the thermal soundproof material 100 serving as the unit deviation in the state where the adjacent air of the embossing unit 110 in contact with the hot water pipe 400 is heat-exchanged is smoothly convex. The heat diffusion is evenly distributed within the thermally soundproof material 100, thereby maximizing the heating effect by the upper bottom mortar layer 310 contacting the upper surface of the thermally soundproof material 100 and uniform heat exchange.

Therefore, even if the installation is further spaced apart than the conventional hot water pipe 400 is to achieve the same heating effect.

In addition, as described above, the noise can be effectively blocked by the air, water, and the far-infrared radiation material filled in the hollow portion 120 inside the embossing unit 110 and the thermal soundproofing material 100.

On the other hand, it is preferable to be able to effectively block the water wave by adhering between the bottom of the thermal insulation material 100 and the lower bottom mortar layer 320.

The process of constructing the flooring material 300 using the thermally soundproofing material 100 having the above-described configuration will be described.

In order to construct a floor that forms each floor of a building such as an apartment or a villa, the bottom floor mortar layer 320 is usually cured by pouring concrete, etc., by curing the lower floor mortar layer 320 in a first step. The thin film thin film 200, which is a thin thin film on the upper surface, is to be bonded over the entire lower bottom mortar layer 320.

Then, the inner hollow portion 120 is filled with air or filled with water, or minerals such as jade, charcoal, germanium, and elvan have an appropriate particle size and are mixed in one or two or more appropriate ratios in a powdered state. The thermally soundproof material 100, which is a unit in which the radiating material is filled, is positioned on the upper surface of the lower bottom mortar layer 320, thereby coupling each of the thermally soundproof materials 100.

Inlet hole perforated at the appropriate position of the embossed portion 110 of the thermal soundproofing material 100 as shown in Figure 7 to fill the hollow portion 120 in the thermal soundproof material 100, such as the water or far infrared radiation material ( 111) After injection and filling through the side is sealed using a stopper 112.

On the other hand, the warm sound insulation material 100 is preferably made of a square bar, as shown in the drawing to form grooves 130 and protrusions 140 corresponding to the four sides of the heat insulation sound insulation material 100, 1 and FIG. As shown in Fig. 3, assembling and constructing the thermal insulation soundproofing material 100 which becomes unit ubiquitous as if each jigsaw puzzle is puzzled from the upper side to the lower side.

In this way, the hot water pipe 400 is installed along the valley side of the upper surface acoustic insulation material 100, the upper surface side embossing unit 110 assembled over the entire floor. Done.

Then, the upper bottom mortar layer 310 is poured into the top surface of the piped hot water pipe 400 and cured to form a finished flooring material 300.

At this time, even if the upper bottom mortar layer 310 is poured and cured as described above, the load is distributed evenly by the myriad point contact surface formed on the bottom side of the heat-proof soundproofing material 100, the bottom of the bone forming the embossed portion 110 Therefore, it is possible to prevent deformation and the like of the thermal soundproofing material 100 according to the load of the upper bottom mortar layer 310.

In addition, the embossing portion 110 of the thermal insulation soundproof material 100 is formed in the shape of an egg plate, and various living noises or impact noises generated in the room are canceled by the diffuse reflection in the embossing portion 110 and the occurrence thereof. The noise is blocked to be transmitted to the lower floor, etc. In addition, the sound is treated effectively because it blocks the transmission of noise by the air or water, the far-infrared radiating material, etc., which is filled in the heat-resistant soundproofing material 100.

Therefore, it is possible to quickly and easily construction of the flooring using the thermal insulation soundproofing material 100 of the present invention that can be mass-produced without requiring the skilled skills of the operator.

On the other hand, the implementation of the configuration of the present invention need not be limited only to the flooring of the building, for example, it can be installed in the wall surface of the building by the same configuration except for the installation of the hot water pipe.

The present invention having the technical idea as described above can be various substitutions, modifications, changes, etc. within the scope not departing from the technical idea of the present invention by those skilled in the art to which the present invention belongs, The rights of the present invention are not limited to the embodiments and the accompanying drawings.

Therefore, according to the present invention, the concrete mortar layer constituting the floor covering is divided into upper and lower, and having a embossed portion in between, and the standardized by the molding injection using resins, the thermal soundproofing material that can be mass-produced by mutually construction, The work process can be made quickly and easily, which can be expected to reduce the work air and significantly reduce the construction cost.

In addition, by the embossing portion formed by the upper surface of the thermal sound insulation material of the present invention, the noise of living noises such as impact noise generated in the room are diffused and canceled, and the second noise is blocked by the various fillings inside the thermal sound insulation material to the lower floor or the outdoor. One can expect the advantage of effectively controlling the transmission of noise.

In addition, according to the present invention, a thermal insulation material filled with air, water, and far-infrared radiating material is formed at the bottom of the hot water pipe, and an upper bottom mortar layer is formed on the top surface of the hot water pipe, thereby generating heat generated from the hot water pipe. Since heat is transferred up and down, and heat accumulation is effectively performed in the thermal soundproof material, heating can be achieved by using the heat accumulated in the thermal soundproof material even if a relatively small amount of heat is provided, thereby maximizing heating efficiency and remarkable heating cost. It can be expected to reduce the cost.

In addition, since the far-infrared radiating material filled in the thermal insulation material effectively decomposes various harmful substances generated from the upper and lower floor mortar layers cured by concrete pouring, thereby controlling the generation of human harmful substances at the source to make a pleasant room. You can expect the effect to produce.

In addition, according to the present invention, it is possible to configure the film thin film to block the water wave at the bottom of the thermal insulation soundproof material, it can be expected to the effect that can suppress the negative effects in the body that can be generated from the water wave as much as possible.

Figure 1a, b is a perspective view showing a thermal sound insulation material adopted in the present invention,

2A and 2B are enlarged cross-sectional views of main parts of an “A-A” line and a “B-B” line of the thermal insulation material of FIG. 1,

Figure 3 is a perspective view showing a state of mutual assembly using the thermal insulation material adopted in the present invention of Figure 1,

4 is a perspective view of a state in which the flooring material is removed using the present invention,

FIG. 5 is a perspective view of the bonding in a state in which the upper bottom mortar layer is removed in the state in which the flooring material according to FIG. 4 is installed,

Figure 6a, b is a cross-sectional view of the flooring installed by using the thermal insulation of the present invention,

   FIG. 6A is a cross-sectional view showing a state in which a flow path such as air or water is secured inside the thermal soundproofing material obtained by cross-sectional processing of the flooring material constructed along the line “A-A” of FIG. 1A.

   6B is a cross-sectional view obtained by cross-sectional processing of the flooring material in a state constructed along the line “B-B”, in which the valley bottom of the embossed portion is in point contact with the bottom surface of the thermal soundproofing material.

Figure 7 is another embodiment of the thermal insulation sound absorbing material adopted in the present invention in order to fill the water or far-infrared radiation material and the like, puncture the inlet hole in the appropriate portion forming the acid of the embossing portion, and a stopper for opening and closing the inlet hole It is a perspective view shown.

※ Brief description of the main symbols in the drawings

100; Thermal soundproofing 110; Embossing department

111; Inlet hole 112; stopper

120; Hollow portion 130; Groove

140; Protrusion 150; Smooth surface

200; Silver film flap 300; Flooring

310; Upper bottom mortar layer 320; Lower floor mortar layer

400; Hot water pipe

Claims (5)

In the flooring structure of the building by the concrete mortar in which the hot water pipe 400 is embedded, Between the upper and lower bottom mortar layers 310 and 320 constituting the flooring material 300, an embossed part 110 formed in an empty hollow portion 120 state and vertically alternating with a hill and a valley is arranged innumerably, to a side part. The flooring structure having a warm and double soundproofing effect, characterized in that consisting of a hot water pipe 400 piped along the upper surface of the thermal insulation soundproofing material 100 is assembled into a unit material having a groove 130 and the protrusion 140. The method of claim 1, The bottom portion of the thermal insulation material 100 has a flooring structure having a thermal and double soundproofing effect, including having a smooth surface 150. The method of claim 1, Floor structure having a thermal and double soundproof effect, characterized in that the hollow portion 120 of the thermal insulation material 100 is filled with one or more of the far-infrared radiation material consisting of jade, charcoal, germanium, elvan. The method according to claim 1 or 3, The heat and heat including the inlet hole 111 is formed at a predetermined position forming a mountain of the upper surface of the sound insulation material 100, the stopper 112 for opening and closing the inlet hole 111 and Flooring structure with double sound insulation effect. The method of claim 1, Flooring structure having a thermal and double soundproofing effect comprising forming a thin film 200 between the thermal soundproofing material 100 and the lower bottom mortar layer (320).